For the first time, scientists have developed a method to monitor carbon emissions from tropical forests with an unprecedented level of detail. 

How did life survive the most severe ice age? A McGill University-led research team has found the first direct evidence that glacial meltwater provided a crucial lifeline to eukaryotes during Snowball Earth, when the oceans were cut off from life-giving oxygen, answering a question puzzling scientists for years.

Researchers at Kanazawa University performed a detailed investigation of the molecular mechanisms by which organic solar cells suffer damage as they are exposed to sunlight. 

How can the energy transition be organized in a globally just way? 

An international research team led by the University of Maryland has developed a novel elastocaloric cooling material that is highly efficient, eco-friendly and easily scaled-up for commercial use.  

The Oxford University-led Infrastructure Transitions Research Consortium (ITRC) has developed globally unique methods for simulating future population, housing growth and demand for infrastructure services.

The replacement of fossil and nuclear energy sources for electricity production by renewables such as wind, sun, water and biomass is a cornerstone of Germany’s energy policy.

Engineers from Carnegie Mellon University’s Scott Institute for Energy Innovation have compiled carbon emissions for the U.S. electric power sector for the second quarter (Q2) of 2019 as part of the CMU Power Sector Carbon Index.

Active cooling is crucial in most modern technologies, ranging from microprocessors in data centers to turbines and engines.

Designing the best molecular building blocks for battery components is like trying to create a recipe for a new kind of cake, when you have billions of potential ingredients.